Used TEL / TOKYO ELECTRON P-8 #149655 for sale

TEL / TOKYO ELECTRON P-8 prober is a high-precision handling machine used in semiconductor processes such as sample transfer, sample preparation and testing. It utilizes an integrated precision robotic arm, which is capable of handling samples with a high degree of accuracy and precision. TEL P8 offers a number of advanced features, such as a 6-axis robotic arm, a vacuum handling equipment and a high-resolution sample transfer mechanism. The 6-axis robotic arm is designed to offer a range of motion, including in-plane and out-of-plane angles, plus linear movements. This enables the robotic arm to precisely pick up, move and place objects with a high degree of accuracy and repeatability. The vacuum handling system works together with the robotic arm, allowing for secure handling and pickup of the samples. Finally, the high-resolution sample transfer mechanism offers precise transfer of samples between different destinations. In terms of its capabilities, TOKYO ELECTRON P 8 is able to work with a variety of sample sizes and shapes, including small parts and larger frames. The robot is also capable of moving samples at an accurate and consistent speed, as well as providing a variety of pre-programmed motions for certain operation types. In addition, the unit is able to operate in a variety of conditions, including vacuum and non-peciting environments. To ensure that P8 is able to provide repeatable and reliable results, the machine utilizes the latest technology coupled with advanced software and hardware. This includes a casket table, which is designed to move the samples onto stages in a controlled fashion. A vision tool is also used to ensure that the robotic arm is capable of accurately recognizing and picking up the samples. In addition, the prober features a comprehensive safety asset, which utilizes zero-force technology to protect the operation from damage from force or shock. Overall, TOKYO ELECTRON P8 prober is a high-precision handling machine, which offers advanced and reliable sample transfer, preparation and testing. It utilizes integrated robotic arms, vacuum handling and high-resolution sample transfer mechanisms, in order to provide a high degree of repeatability and accuracy in semiconductor processes. The use of latest technology coupled with advanced software and hardware, further enhances the safety and reliability of the model.